Advanced Solutions Life Sciences
Advanced Solutions Life Sciences is dedicated to the discovery, design, and development of integrated software, hardware, and biological solutions for the biomedical and biotechnology fields. They offer patented biofabrication platforms, software, professional services, and supplies, with a focus on tissue engineering, regenerative medicine, and bioprinting. Their mission is to enable innovative research and development in human health through advanced automation and biofabrication technologies.
Industries
Nr. of Employees
small (1-50)
Advanced Solutions Life Sciences
1901 Nelson Miller Pkwy, Louisville, KY 40223
Patents
System and workstation for the design, fabrication and assembly of bio-material constructs
US-11768481-B2
View DetailsModular storage units for perfusion and/or incubation of one or more specimens and storage assemblies
US-11629326-B2
View DetailsModular light source for curing of 3D printed biological and engineered materials
US-11623400-B2
View Details
System and workstation for the design, fabrication and assembly of bio-material constructs
US-11768481-B2
View DetailsModular storage units for perfusion and/or incubation of one or more specimens and storage assemblies
US-11629326-B2
View DetailsModular light source for curing of 3D printed biological and engineered materials
US-11623400-B2
View DetailsProducts
Large-format multi-axis robotic biofabrication system
Large-format robotic platform integrating multi-axis motion, sterile-enclosure compatibility, temperature control and support for multiple interchangeable tools to enable scalable, sterile tissue fabrication.
Mid-format multi-tool robotic platform
Mid-size robotic biofabrication platform supporting multiple interchangeable tools and integration with digital planning and imaging workflows.
Compact benchtop robotic biofabrication workstation
Compact benchtop system designed for sterile, automated 3D tissue fabrication at smaller scale with HEPA/sterility support.
Interchangeable extrusion printhead library
Collection of syringe-based extrusion printheads (mechanical and pneumatic) across multiple volumes and configurations, including coaxial and mixing heads for gradient printing.
Single-cell dispensing module
Automated dispensing module for isolating and dispensing single cells into plates with software-linked clonality reporting for cell line development workflows.
Digital simulation and workflow automation software
Software for 3D modeling, print-path generation, and graphical workflow authoring and execution to plan biofabrication jobs and run automated protocols.
Large-format multi-axis robotic biofabrication system
Large-format robotic platform integrating multi-axis motion, sterile-enclosure compatibility, temperature control and support for multiple interchangeable tools to enable scalable, sterile tissue fabrication.
Mid-format multi-tool robotic platform
Mid-size robotic biofabrication platform supporting multiple interchangeable tools and integration with digital planning and imaging workflows.
Compact benchtop robotic biofabrication workstation
Compact benchtop system designed for sterile, automated 3D tissue fabrication at smaller scale with HEPA/sterility support.
Interchangeable extrusion printhead library
Collection of syringe-based extrusion printheads (mechanical and pneumatic) across multiple volumes and configurations, including coaxial and mixing heads for gradient printing.
Single-cell dispensing module
Automated dispensing module for isolating and dispensing single cells into plates with software-linked clonality reporting for cell line development workflows.
Digital simulation and workflow automation software
Software for 3D modeling, print-path generation, and graphical workflow authoring and execution to plan biofabrication jobs and run automated protocols.
Services
Design, manufacture, and validation of bespoke robotic end-effectors and tooling to extend multi-tool biofabrication platforms for specific applications.
Pre-configured hardware and software bundles that include hardware, workflow software, validated protocols and consumable configurations for rapid deployment of organoid and plate-based assays.
Contract services for automating patient-derived organoid assays, custom tissue model development, and execution of high-content, high-throughput assays using automated platforms.
Site installation, commissioning, and hands-on training for automated biofabrication systems plus long-term customer success and technical support.
Design, manufacture, and validation of bespoke robotic end-effectors and tooling to extend multi-tool biofabrication platforms for specific applications.
Pre-configured hardware and software bundles that include hardware, workflow software, validated protocols and consumable configurations for rapid deployment of organoid and plate-based assays.
Contract services for automating patient-derived organoid assays, custom tissue model development, and execution of high-content, high-throughput assays using automated platforms.
Site installation, commissioning, and hands-on training for automated biofabrication systems plus long-term customer success and technical support.
Expertise Areas
- Automated 3D bioprinting
- Multi-tool robotic biofabrication
- Organoid and spheroid automation
- Vascularized tissue engineering
Key Technologies
- Multi-axis robotic manipulation (6-axis)
- Extrusion bioprinting (pneumatic and mechanical)
- Coaxial dual-material extrusion and gradient printing
- Temperature-controlled deposition
News & Updates
A webinar hosted by 3DHeals featuring experts discussing the challenges and solutions in bioprinting blood vessel networks.
An article about using BioAssemblyBot for high-content drug screening with patient-derived organoids.
The BioAssemblyBot 400 is UL certified for safety and energy efficiency, meeting GMP requirements.
A webinar hosted by 3DHeals featuring experts discussing the challenges and solutions in bioprinting blood vessel networks.
An article about using BioAssemblyBot for high-content drug screening with patient-derived organoids.
The BioAssemblyBot 400 is UL certified for safety and energy efficiency, meeting GMP requirements.